Dell Broadcom 57412 10Gb Dual Port SFP+ PCI Express x8 Low-Profile Network Adapter – N7R67

Dell Broadcom 57412 Dual-Port 10Gb Network Adapter – N7R67

The Dell Broadcom 57412 N7R67 is a PCI Express network adapter for compatible server platforms requiring dual-port SFP+ connectivity. Its low-profile format is suited to supported chassis where 10Gb networking is needed in a compact expansion slot.

Key Features

• Dual-port SFP+ networking
• 10Gb connectivity
• PCI Express x8 host interface
• Low-profile card format
• Broadcom 57412 adapter platform
• Designed for compatible enterprise systems

Product Specifications

• Manufacturer: Dell
• Controller: Broadcom 57412
• Part Number: N7R67
• Product Type: Network Interface Card
• Network Ports: 2
• Network Speed: 10Gb
• Port Interface: SFP+
• Host Interface: PCI Express x8
• Card Profile: Low profile

Installation Guidance

• Verify PCI Express x8 slot support
• Confirm the chassis accepts a low-profile adapter
• Check SFP+ cable, optics, driver, and switch compatibility
• Review operating system support before installation

Use Cases

• Enterprise server connectivity upgrades
• 10Gb data center networking
• Virtualization and compute host links
• Storage network access
• Low-profile NIC replacement

Compatibility

• For compatible PCI Express systems with SFP+ support
• Confirm switch and transceiver support for 10Gb networking
• Verify cabling, drivers, operating system, and chassis requirements
• Use the exact N7R67 part number when matching a replacement

Frequently Asked Questions

What type of adapter is the N7R67?

It is a Broadcom 57412 dual-port 10Gb SFP+ network adapter.

What should be confirmed before purchase?

Check the PCIe slot, low-profile chassis clearance, optics, cabling, drivers, and switch support.

How do I match a replacement?

Compare the exact N7R67 part number and full system requirements.

The Dell Broadcom 57412 N7R67 provides flexible 10Gb networking for compatible low-profile server systems. Confirm the host and network requirements before ordering.